The company’s series B funding round was led by inventors at Andreessen Horowitz and includes new investor Casdin Capital.
Circa 2012
Arthur C. Clarke is famous for suggesting that any sufficiently advanced technology would be indistinguishable from magic. There’s no better of this than the ultra-speculative prospect of “utility fogs” — swarms of networked microscopic robots that could assume the shape and texture of virtually anything.
In this article, we explain why selling robots to individual buyers or regular families is not a very good business model, and what strategies are better for robot-making companies to profit.
#technology #robots #AI #innovation #future #business #startups #BusinessModel
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Continue reading “PETER VOSS — Could AGI Cure Aging?! (#003)” »
China’s space program will launch a Mars mission in July, according to its current plans. This will include deploying an orbital probe to study the red planet, and a robotic, remotely-controlled rover for surface exploration. The U.S. has also been planning another robotic rover mission for Mars, and it’s set to take off this summer, too – peak time for an optimal transit from Earth to Mars thanks to their relative orbits around the Sun.
This will be the first rover mission to Mars for China’s space program, and is one of the many ways that it’s aiming to better compete with NASA’s space exploration efforts. NASA has flown four previous Mars rover missions, and its fifth, with an updated rover called ‘Perseverance,’ is set to take place this years with a goal of making a rendezvous with Mars sometime in February 2021.
NASA’s mission also includes an ambitious rock sample return plan, which will include the first powered spacecraft launch from the red planet to bring that back. The U.S. space agency is also sending the first atmospheric aerial vehicle to Mars on this mission, a helicopter drone that will be used for short flights to collect additional data from above the planet’s surface.
An artificial ‘robo-nose’ made from living mouse cells can replace sniffer dogs’ job of smelling narcotics like cocaine, marijuana, missing people and explosives.
Buckle up, Buttercup.
The robotics arms race has been in progress awhile.
Unmanned surface vessel is said to be world’s first with multiple roles – anti-submarine, air defence and surface combat – and powerful weaponry.
Continue reading “China’s new killer robot ship goes through its first sea trial” »
U.S. apparel chain Gap is speeding up its rollout of warehouse robots for assembling online orders so it can limit human contact during the coronavirus pandemic, the company told Reuters.
Gap reached a deal early this year to more than triple the number of item-picking robots it uses to 106 by the fall. Then the pandemic struck North America, forcing the company to close all its stores in the region, including those of Banana Republic, Old Navy and other brands. Meanwhile, its warehouses faced more web orders and fewer staff to fulfill them because of social distancing rules Gap had put in place.
“We could not get as many people in our distribution centers safely,” said Kevin Kuntz, Gap’s senior vice president of global logistics fulfillment. So he called up Kindred AI, the vendor that sells the machines, to ask: “Can you get them here earlier?”
In our efforts to domesticate Artificial Intelligence and prepare people for future jobs in Africa. We are glad to announce our first Robotic boot camp tagged Introduction to Robotics 1.0. The Artificial Intelligence Hub is training young people between the ages 7 and 20 on Robotic Engineering. Take advantage of this opportunity to learn and be equipped with future skills. Register with the link provided below. https://forms.gle/yTx2obDkSQ5ULTLM9
Acoustofluidics is the fusion of acoustics and fluid mechanics which provides a contact-free, rapid and effective manipulation of fluids and suspended particles. The applied acoustic wave can produce a non-zero time-averaged pressure field to exert an acoustic radiation force on particles suspended in a microfluidic channel. However, for particles below a critical size the viscous drag force dominates over the acoustic radiation forces due to the strong acoustic streaming resulting from the acoustic energy dissipation in the fluid. Thus, particle size acts as a key limiting factor in the use of acoustic fields for manipulation and sorting applications that would otherwise be useful in fields including sensing (plasmonic nanoparticles), biology (small bioparticle enrichment) and optics (micro-lenses).
Although acoustic nanoparticle manipulation has been demonstrated, terahertz (THz) or gigahertz (GHz) frequencies are usually required to create nanoscale wavelengths, in which the fabrication of very small feature sizes of SAW transducers is challenging. In addition, single nanoparticle positioning into discrete traps has not been demonstrated in nanoacoustic fields. Hence, there is a pressing need to develop a fast, precise and scalable method for individual nano- and submicron scale manipulation in acoustic fields using megahertz (MHz) frequencies.
An interdisciplinary research team led by Associate Professor Ye Ai from Singapore University of Technology and Design (SUTD) and Dr. David Collins from University of Melbourne, in collaboration with Professor Jongyoon Han from MIT and Associate Professor Hong Yee Low from SUTD, developed a novel acoustofluidic technology for massively multiplexed submicron particle trapping within nanocavities at the single-particle level.
